태양열을 이용한 제습기 기초실험에 관한 연구 = Research on Fundamental Experimental of Dehumidification using on Solar Energy

다국어 초록 (Multilingual Abstract)

The goal of experiments in this paper is to obtain fundamental data for optimal conditions using a model dehumidifier.
From the experiments, it was clarified that the dehumidification rate depended on the contacting area size, air volume, flow rate, and conditions of the inlet air and the LiCl solution, In particular, it was known that the contact area between the LiCl solution and the humid air, which was mainly determined by the spraying condition, influenced on the dehumidification rate. Consequently, dehumidifying performance is much dependent on the spraying device. As a result, the necessity to develop an optimal spraying device was recognized to fabricate a different type of sprayer for uniform distribution of solution over the packed layer. Experiments were conducted by changing the air velocity and the flow rate of solution. From the experiments, the following were obtained as conclusions:
1) The superior dehumidifying performance was obtained by using the newly developed spraying device. As a result, it was made clear that the new spraying device was more effective than that of the previous one and was suitable for dropping the high viscosity solution.
2) It was found that the over-all absorbing potential, (G/Q＊(Xai - XLi)), including some parameters, which affects the dehumidification rate, can be an esimation standard of dehumidifying performance.

목차 (Table of Contents)

• 목차
• Abstract = 41
• Ⅰ. 연구의 필요성 = 41
• Ⅱ. 제습기의 종류 = 42
• 1. 흡착제 제습기 = 43
• 2. 냉각 제습기 = 43
• 3. 흡착식 제습기 = 43
• 4. 액체흡수식 제습기 = 43
• 5. 제습기의 산업에서의 적용예 = 44
• Ⅲ. 태양열을 이용한 액체제습기의 기초실험 = 44
• 1. 액체흡습제의 성질 = 44
• 2. 시스템의 규격변경 = 45
• 3. 1차 실험요약 = 45
• 4. 2차 실험요약 = 46
• Ⅳ. 3차 실험 계획 = 47
• Ⅴ. 결론 = 47
• Ⅵ. 차후연구의 방향 = 48
• 참고문헌 = 48